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Hannover
Bremen
Erfurt
Prof. Dr.-Ing. Peter Hartwig
aqua consult Ingenieur GmbH
Mengendamm 16, D-30177 Hannover
Sustainable Environment-friendly
Industrial Production in India
- Two case studies -
World‘s Leading Trade Fair for Water, Sewerage, Waste und Raw Materials Management
May 14 to 18 2018 Messe München
Hannover
Bremen
Erfurt
GIZ SEIP
• SEIP: “Sustainable Environment-friendly Industrial Production”
Implementation agreement from 16 June, 2016
• SEIP project is a part of the ongoing Indo-German Bilateral
Development Cooperation
• SEIP is a joint project of
- Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ)
- Ministry of Environment, Forest and Climate Change (MoEFCC)
• Focus on urban and industrial environmental management in India
• German contribution to the project is around EUR 5,000,000
(approx. 37 Crores INR)
• Implementation sites: Delhi, Haridwar and Vapi
• Objective: showcase solutions to reduce acute environmental
pollution and improve resource efficiency in industrial productionSlide 2
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GIZ SEIP - Background
• Development in India is shaped by an advancing industrialization
• The Government of India has a vision to enhance the manufacturing
sector’s contribution to the gross domestic product to 25 per cent and
to create 100 million new jobs over the course of a decade.
• Currently, there are nearly 3,000 designated industrial zones in India,
some of which are very large, such as the industrial corridors,
investment regions, and manufacturing zones.
• The risks associated with industrial development include increasing
pollution levels, overuse of natural resources, and increasing amounts
of waste and wastewater, leading to endangerment of ecosystems.
Slide 3
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Erfurt
GIZ SEIP – Project Activities
• Modernisation/upgradation of existing CETPs - Common Effluent
Treatment Plants
• Conveyance systems – industrial wastewater conveyance systems and
storm water drainage
• Online monitoring system - individual industries, CETP, River
• Skills development for operators (technicians, helpers) of industrial
wastewater treatment plant
• Environmental improvement in selected industries
• Awareness programms, clean-up drives
• Environmental Technology Platform
• Green rating and certification system for industrial areas
• New measures under policies/plans/programms
Slide 4
Hannover
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Erfurt
Case study I
Monitoring systems for industrial wastewater
Case study II
Sewage sludge moisture reduction at CETP Vapi
Structure Slide 5
Hannover
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Case study I
Online Monitoring (2016 / 2017)
• Monitoring Systems for Industrial
Wastewater
• Review of existing online / continuous
monitoring systems
• Training for the target groups
• Review of existing enforcement
directive
Slide 6
Recommend a reliable easy manageable
online/continuous monitoring system for the
industrial wastewater treatment and its disposal
Hannover
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Actions …
• Field visits / Meetings/interactions with officials
• Review of existing directives and guidelines
• Remarks for guidelines and directives for online/continuous
monitoring systems for industrial wastewater
• Implementation by the Central and State Pollution Control Boards
Recommendations for …
• Individual industries
• Wastewater treatment plant operators
• Environment regulatory agencies
Slide 7
Case study I
Hannover
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Erfurt
Revision of the existing online monitoring systems
• Five CETPs in Delho area
• A RTWQM system in New Delhi(Real Time Water Quality Monitoring Sytem)
• Three ETPs
• One CETP in Vapi
• ETP of UPL LTD
• ETP of Richter Themes Medicare
• ETP of Bayer
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Actions …
• Suggest remarks for guidelines and directives for
online/continuous monitoring systems for industrial wastewater
• These documents will be implemented by the central and State
Pollutio Control Boards (environmental regulatory agencies)
Slide 9
Case study I
Source:https://en.wikipedia.org/wik/Central_Pollution_Control_Board
Source:http://www.greencommandos.
youthforseva.org/partners/
Hannover
Bremen
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Case Study II
Sludge dewatering at CETP Vapi, Gujarat (2016 / 2017)
• Sewage sludge moisture reduction and its management at
the industrial Common Effluent Treatment Plant in Vapi,
Gujarat
• Review of information and identification of key issues
• Field visits and problem analysis
• Preparation of pre-feasibility report
Slide 10Case study II
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Case Study II
Main waste water and sludge operation parameters
• Waste water inflow around 55,000 m3/d
• High loaded stream of 120 m3/d feed to UASB-Reactor(COD > 20,000 mg/l)
• Sludge production around 70,000 t sludge per year(with a Dry Solids Concentration of around 23 % DS and
a volatile fraction of 52 %)
Slide 12Case study II
Hannover
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Case Study II
Recommendations
• Optimization/ New installation
of an anaerobic sludge treatment(higher biogas production,
less remaining sludge)
• Sludge drying (e.g. solar drying)(test shows DS > 90 % after 40 days for solar drying)
• Energetic use of the dried sludge to replace the sludge
drying beds(reduction of space demand, smell, further emissions)
• Further options: Thermal hydrolysis Slide 13
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Slusge drying beds
• Large space demand, relevant emissions
• Limited drying effectivity because of the sludge crust
(layers below are not drying well)
(Karur Pvt. Ltd) Bole-Lemi-Industrial Park Ethiopia
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Solar drying
• Applied for municipal sludge
and industrial sludge
(e.g. textile factory in India)
• Surface of the sludge
is broken off permanently
• Dry Solids Concentration > 90 %
• Dried sludge usable as energy
source (e.g. Cement Factories)
Dried sludge, hygienized,
DS > 90 %
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Conclusion
• GIZ SEIP projects supports a sustainable development
in the industrial sector in India
• Online Monitoring as useful tool for operation and
supervision
• Sludge treatment as one main open task
in many industrial parks
• Sludge as energy source (biogas, as substitute fuel)
• Thanks to all project partners for the intensive
technical exchange and discussions
Contact: [email protected], GIZSlide 16